- Complete solutions for aerospace prototyping & production

- Optimized cost and full risk control

- Reliable aerospace-grade quality

- ISO 9001:2015 certified

- 24/7 expert support

With rich experience in aerospace part machining, we meet custom demands for prototyping and large-scale production. On-demand production keeps prices competitive, shortens product iteration cycles, lowers trial risks and optimizes technical processes.

ISO 9001-2015 certification

Specialized in aluminum alloy, stainless steel, titanium alloy and brass. Our skilled technicians master tricky machining features that many factories struggle with.

Advanced five-axis machining equipment enables micron-level tolerance, perfectly matches strict specs of aerospace, medical and automotive custom components.

Full OEM/ODM customization per your drawings or samples. In-house anodizing, polishing, heat treatment and other surface treatments save your outsourcing trouble.

No minimum order limit. We support small prototype trial runs as well as large-volume bulk orders to fit your different project schedules.

Multi-step full inspection during production to cut defective rate, stable production schedule ensures punctual delivery and avoids your project delay.

Our services cover rapid prototyping & custom production. Supported by our own factory and reliable supply chain, we deliver complex high-quality parts with fast lead times.

.With CNC milling and turning, we manufacture prototypes and mass-production parts per your CAD & 3D drawings.

Sheet metal service including cutting, bend, stamp, spin, punch & weld, custom parts per CAD files.

We supply additive manufacturing solutions, producing plastic & metal parts via multiple cutting-edge 3D printing processes.

Well-suited to fabricate high-grade small-run prototypes and end-use parts, ensuring fine feature reproduction and superior finishing.

One-stop molding service covering low-volume trial prototypes and large-scale mass production for plastic & resin components.

Supported by our full-range manufacturing processes, we offer extensive material options. Below are commonly used materials for aerospace projects.

Light weight, high strength, easy machining, corrosion resistant，Suitable for machining aerospace housings, landing gear fittings, cabin structural components and tooling fixture.

High hardness, rustproof, wear resistant，Suitable for machining aerospace valves, hydraulic assemblies and corrosion-resistant fasteners.

High strength, low density, heat & corrosion resistant，Suitable for machining engine blades, landing gear forgings, aircraft pipeline connectors and fasteners.

Ultra-light weight, good shock absorption,Suitable for machining Instrument shell, interior lightweight brackets.

High temperature resistance, anti-creep, ultra-high strength,Suitable for machining Gas turbine components, combustion chamber parts.

High temp resistant, self-lubrication, high mechanical strength,Suitable for machining Aircraft insulating parts, precision bushings.

Manfengrui provides diverse premium surface treatments. Listed items are standard options; extra finishes for custom aerospace parts.

Brushed & gloss mirror surface

Tool marks visible, Smooth, Matt & Gloss

Matt & Gloss

Anti-corrosion coating, dimension stable, clean surface

Optimize hardness, strength and toughness

Common Aerospace Surface Finishing

Full-material precision intelligent manufacturing, one-stop machining & surface finishing for complex-shaped aerospace components.

Five-axis linked CNC milling is adopted for integral machining of aerospace hydraulic valve bodies and small load-bearing accessories of engine casings. Blanks are finished in a single setup to meet drawing tolerances and surface specifications without component splicing; the finished parts can be directly installed for service, suiting the development of high-precision aerospace components in single-piece or small-batch production.

High-speed milling is applied to machine hollow grid and sandwich lattice load-bearing structures. Topology optimization reduces weight while retaining structural rigidity. Such parts are commonly used for spacecraft cabin frames and underwing reinforcing spars of aircraft to achieve weight reduction and performance improvement.

Manfengrui conducts localized configuration optimization on original structural components of mature aircraft models via precise supplemental milling, hole drilling and profile finishing with CNC. This process eliminates the need for new die forging blanks and enables rapid aircraft model iteration and airborne equipment retrofitting.

'We’ve cooperated for two years. Tight tolerance is well controlled on housings with uniform passivation. Prototypes are delivered on time, and we’ll keep placing new orders...

"Complex CNC connectors meet aerospace assembly specs. Heat treated parts perform stably. Quick communication on minor issues, one-stop finishing saves our production cost. ...

"Superalloy tooling is precisely machined with consistent blasting finish. Dimension passes all inspections, cost performance beats our former suppliers ...

"Custom fasteners are delivered on schedule with qualified anti-corrosion passivation. No failure during end assembly, we’ve recommended your factory to our industry partners ...

Emily Johnson

France

Cooperation Projects

Aerospace housings protect internal parts, precision-machined from Al/Ti with anti-corrosion finish.

John Scarlett

Chris Paul

Stewart Christine

Germany

Australia

Brazil

Cooperation Projects

Cooperation Projects

Cooperation Projects

Custom Aluminum Alloy Precision Machined Special Aviation Connectors for Aerospace Pipeline Assembly.

Custom aerospace precision tooling for component machining & assembly.

Custom non-standard aerospace fasteners for cooperative projects.

LPut your parts into production today

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